… Many exciting and open frontiers exist in the study of brain network dynamics using linear
systems theory. Here we constrain our remarks to three main topic areas, but freely admit that …

… investigated whether dynamic brain network properties of … of the default mode network’s
dynamic attributes using the multilayer … of the dynamic network measures over the static network …

… of the brain. Existing commercial DBS devices employ stimulation based only on fixed-frequency
periodic pulses. While such periodic high-frequency DBS controllers provide effective …

… To explore how this affects the impacts of regional perturbations on brain network dynamics,
we next examine another working point—WP3—located at C = 2.5 and P base = 0.7. (Note …

… However, this difference only becomes significant for a very large number N of nodes and
as the role of hub nodes in brain connectivity remains undisputed [35], [54] this should not …

… and the efficiency of brain network communication in situations with … of brain network
communication during attentional control, θ-… model of transcranial electrical stimulation based on …

… brain networks controllability and optimal control approach in designing a personalized
neuromodulation protocol and interpreting the psychiatric diseases’ underlying neural control …

… To establish a link between actual brain state and this system dynamic model, we may
represent the brain state using the eigenmodes of the brain network system as follows: …

Closed-loop strategies for deep brain stimulation (DBS) are paving the way for improving
the efficacy of existing neuromodulation therapies across neurological disorders. Unlike …

… we show how brain rhythms can act as signatures of underlying changes in networks. Further…
show how future approaches to brain stimulation can act to restore or even augment neural …